TWI381692B - Application Layer Interactive Sowing Service Agreement Method - Google Patents

Description

Application layer interaction broadcast service agreement method

The present invention relates to a protocol method, and more particularly to an application layer interaction broadcast service agreement method.

The development of web technology has matured so far, as long as the information you need is available through the browser, and the Web 2.0 concept that emphasizes the most eagerly discussed and popular personalized applications among the online community is born. With Web 2.0 related technologies, it is possible to make web pages not like traditional one-way giving, but to enhance functions such as instant, interactive, community, and customization. However, it is currently limited to data interaction and sharing.

Since the traditional Casting method is built on the third layer of the network, it is not easy for a user to form a group. The traditional third layer of network transmission is Uni-cast, Broadcast, Multi-cast and Anycast, but lacks an easy and effective application layer communication mechanism. It is less able to pass messages to certain members of different groups, establish communication services, and pass messages to relevant members.

Therefore, the existing network broadcast technology has the following defects to be improved according to its broadcast type:

(1) Unicast: The unicast protocol is a one-to-one communication protocol. It must know the Internet address (IP) of the receiving end and can only communicate with one host at a time.

(2) Broadcasting: The broadcasting agreement broadcasts excessive packets, and when a subsequent broadcast agreement is made, a message is sent to the group under the same domain, resulting in excessive packet transmission.

(3) Group Broadcast: The group broadcast will broadcast the data to all members in a specific group, and all members can only receive the same message.

(4) Companion: When performing the broadcast, it usually finds the most suitable host for the service. However, the above-mentioned search for the most suitable service host is only to find the lowest host of the Hop Counts under the network conditions, often The last found servo host is not the fastest and most suitable host for the individual conditions.

Therefore, how to propose an interaction that can communicate without knowing the Internet address, and when the broadcast mechanism is used, it can filter the individual group multicast transmission according to the required conditions, and reduce the packet transmission volume during the broadcast. Some of the methods of broadcasting service agreements have become the goal of experts in the relevant fields and industries to seek solutions.

Accordingly, it is an object of the present invention to provide a related protocol method for interactive broadcast services performed at the application layer of today's network architecture.

Therefore, the application layer of the present invention interacts with the broadcast service agreement method, and includes the following steps:

(a) A server receives a start message from a servo application layer.

(b) The server sends a plurality of invitation messages to the plurality of clients.

(c) the client receives the invitation message, and each client forwards the invitation message it receives to a user application layer, and waits to receive a response to the confirmation message, when the confirmation message is received. And then to the server.

(d) Each time the server receives a join confirmation message, the client is included in a subscription group to form a subscription member.

(e) When the servo application layer triggers some broadcast service to the server end and transmits a demand condition, the server end transmits at least one confirmation inquiry message to the subscription group and waits for a response.

(f) when the server receives at least one confirmation response message sent by the subscription member of the subscription group, and then determines whether the requirement condition has been met, and if not, accepts the confirmation response message of the subscription member. The inclusion into an allowed group becomes an allowed member, and waits for the receipt of the next confirmation response message, and if so, allows the allowed group to enter a behavioral service.

In addition, another object of the present invention is to provide an associated protocol method for interactive broadcast services performed on an application layer of a current network architecture.

Therefore, the application layer of the present invention interacts with the broadcast service agreement method, and includes the following steps:

(a) A server receives a start message from a servo application layer.

(b) The server sends a plurality of first invitation messages and a plurality of second invitation messages to a first user group having a plurality of first users and a second user group having a plurality of second users.

(c) the first user group and the second user group receive the first invitation message and the second invitation message, and each of the first user terminal and each second user terminal respectively receives the first invitation message An invitation message and a second invitation message are forwarded to a first user application layer and a second user application layer, and wait for receiving a response corresponding to one of the first joining confirmation message and the second joining confirmation message, and then transmitting To the server side.

(d) when the server receives the first join confirmation message, the first user in the server is included in a first subscription group, and becomes a first subscription member, and when the server is Each time the second join confirmation message is received, the second user end is included in a second subscription group to form a second subscription member.

(e) when the servo application layer triggers some broadcast services for the server end, and transmits a first demand condition and a second demand condition for the first user group and the second user group respectively, the servo The device end transmits at least one first confirmation inquiry message and at least one second confirmation inquiry message to the first subscription group and the second subscription group, respectively, and waits for a response.

(f) when the server receives at least one first confirmation response message sent by the first subscription member of the first subscription group, and then determines whether the first requirement condition has been met, and if not, accepts The first confirmation response message of the first subscription member is included in a first allowed group to form a first allowed member, and waits for the receipt of the first first confirmation response message, and if so, the first allowed group is allowed Entering a behavior service, and when the server receives at least one second confirmation response message sent by the second subscription member of the second subscription group, determining whether the second requirement condition has been met, and if not Receiving a second confirmation response message of the second subscription member, and incorporating the second permission group into a second permitted member, and waiting for the receipt of the second second confirmation response message, and if so, allowing the second Allow groups to enter the behavioral service.

The effect of the invention is that the server end can efficiently filter out the compliance by the mutual transmission of the request and response of the various messages between the server and the client, and the use of the requirement condition. The required members or groups, and the subsequent related communication services.

The above and other technical contents, features and advantages of the present invention will be apparent from the following detailed description of the preferred embodiments of the invention.

Before the present invention is described in detail, it is noted that in the following description, similar elements are denoted by the same reference numerals.

Referring to FIG. 1 and FIG. 2, a first preferred embodiment of the application layer interactive broadcast service agreement method of the present invention includes the following steps. First, as shown in step 10, a server end 21 receives a servo application layer 22. Issue one of the startup messages.

Next, as shown in step 11, the server terminal 21 starts with a servo off state and issues a plurality of invitation 210 messages to the plurality of client terminals 31. At the same time, the server terminal 21 sets a subscription member count value to zero.

Then, as shown in step 12, the client 31 receives the invitation 210 message, and each client 31 forwards the invitation 210 message it receives to a user application layer 32, and waits to receive a presence confirmation message 310. Response; as shown in step 13, when receiving the join confirmation 310 message Then, it is transmitted to the server terminal 21. At this time, after the server 210 sends the invitation 210 message, the server is turned off from the servo off state to a listening state, and the user terminals 31 are in a user closed state before receiving the invitation 210 message. After receiving the invitation 210 message, the user is turned off from the closed state to an invited state, and after the confirmation message 310 is sent to the server terminal 21, the invited state is changed to a participating state. .

Then, as shown in step 14, the server end 21 receives the join confirmation 310 message, and then includes the client 31 into a subscription group 33 to form a subscription member 331. In the first preferred embodiment, an identification data of each subscription member 331 in the subscription group 33 is recorded while the user terminal 31 is included in the subscription group 33. In addition, when the server end 21 receives a join confirmation 310 message, the subscriber member count value is incremented by one to count the number of current subscription members 331 in the subscription group 33. At this time, each of the clients 31 included in the subscription group 33 changes its state from the participating state to a subscription success state.

Then, as shown in step 15, when the servo application layer 22 triggers some broadcast service to the server terminal 21 and transmits a demand condition, the server terminal 21 transmits at least one confirmation query 211 to the subscription group 33. Message and wait for a response. At this time, after receiving the trigger of the broadcast services, the server terminal 21 changes from the listening state to some broadcast request states.

It should be noted that when the server end 21 receives the join confirmation 310 message transmitted from one of the client terminals 31 after starting the broadcast service, the server terminal 21 rejects the client terminal 31. It is indicated as the subscriber member 331. This is because the server terminal 21 requests that the client 31 become the subscription member 331 has passed the request, and does not accept the request of the client 31 who has not become the subscriber member 331 identity.

Then, as shown in step 16, after the user terminal 31 in the subscribing group 33 returns the acknowledgement response 311 message to the server end 21, the subscriber 31 changes from the subscription success state to an allowable wait state; When the terminal 21 receives the at least one confirmation response 311 message sent by the subscription member 331 of the subscription group 33, it is determined whether the demand condition has been met.

If not, then, as shown in step 17, the confirmation response 311 message of the subscriber member 331 is accepted, and is included in an allowed group 34 to become an allowed member 341, and waits for the receipt of the next confirmation response 311 message.

If so, the allowed group 34 is allowed to enter a behavioral service 35 as shown in step 18. At this time, the server terminal 21 changes from the broadcast request state to a behavior state when the permission group 34 is allowed to enter the behavior service 35, and each of the permission members 341 who perform the behavior service 35 is allowed to do so. The wait state is changed to an action state.

It is to be noted that, in the first preferred embodiment, the behavior service 35 described in this step 18 may be a function of enabling each of the allowed members 341 in the permission group 34 to communicate with each other. The communication function described in the above may be a web-based communication platform, an e-mail, a text message (SMS), a voice function, etc., which is easily changed and used by those who have relevant backgrounds, and therefore should not be used. The disclosure in the first preferred embodiment is limited.

In this step 17, when each subscriber member 331 is incorporated into the permission group 34 as the permission member 341, the identification data of each of the permitted members 341 is also recorded in the permission group 34 at the same time.

It should be noted that, in step 15 and step 16 of the first preferred embodiment, the requirement condition is a limit on the number of the allowed members 341, for example, limited to ten people, and the server end 21 is utilized. An initial value of zero allows the synchronization of the member count value to increase the number of allowed members 341 of the allowed group 34. However, in practical applications, the demand condition may also be an acceptance of the subscription group 33. A valid time period for confirming the response 311 message, for example, within ten minutes, the requirement condition is determined by the relevant background, and should not be affected by the specific example of the first preferred embodiment. Limited.

Finally, as shown in step 19, when the server terminal 21 ends the behavior service 35, an end message is transmitted to the servo application layer 22, and a shutdown is issued to each of the allowed members 341 of the permission group 34. message. At this time, the server end 21 is switched back from the behavior state to the servo off state. After the user 31, which is the permission member 341, receives the close message of the server terminal 21, it returns from the action state to the user closed state.

Therefore, the application layer interactive broadcast service agreement method provided by the first preferred embodiment described above can be applied to the related application scope of the following example: when there is an n-member (ie, client 31) on the network. The web blog site (server side 21) has a gratitude feedback activity, and the feedback condition (ie, the demand condition) is: from the k-members (ie, the subscription member 331) who have used more than two years or more. , select the top 100 (that is, allow member 341) members to apply for souvenir feedback, so the relationship of the number of members mentioned above is 100≦k≦n, so the online blog website administrator can use the invention The application layer interactive broadcast service agreement method provided by a preferred embodiment selects 100 members to be awarded and uses the network transmission method to utilize the bounce page in the personal blog of the 100 members (Pop up Window) Notifies the winning message.

Referring to FIG. 3 and FIG. 4, a second preferred embodiment of the application layer interactive broadcast service agreement method of the present invention is substantially similar to the first preferred embodiment described above, so the related description of the similarities is as follows. It will not be described again, but the main difference is that in the first preferred embodiment, the broadcast service agreements are only performed for the client terminals 31. However, in the following second preferred embodiment, The foregoing broadcast services may be applied to a plurality of different types of groups, and each group has a plurality of related group members. Therefore, the second preferred embodiment has two different types. For example, some of the broadcast service protocols performed by the group are performed in the following steps 401 to 414. First, as shown in step 401, the server terminal 21 receives the activation message sent by the servo application layer 22.

Next, as shown in step 402, the server end 21 issues a complex first to a first user group 5 having a plurality of first users 51 and a second user group 6 having a plurality of second users 61. Invitation 212 message and plural second invitation 214 message. At the same time, a first subscription member count value and a second subscription member count value are respectively set to zero.

Then, as shown in step 403, the first user group 5 and the second user group 6 receive the first invitation 212 message and the second invitation 214 message, and each first user terminal 51 and each A second client 61 forwards the first invitation 212 message and the second invitation 214 message received to a first user application layer 52 and a second user application layer 62, and waits for receiving as shown in step 404. There is a corresponding one of the first join confirmation 510 message and a second join confirmation 610 message, and then transmitted to the server terminal 21.

Then, as shown in step 405, when the server terminal 21 receives the first join confirmation 510 message, the first user terminal 51 is included in the first subscription group 53 to form a first The member 531 is subscribed, and when the server terminal 21 receives the second join confirmation 610 message, the second client 61 therein is included in a second subscription group 63 to form a second subscription member 631. In the second preferred embodiment, each of the first and second subscribers 51, 61 is included in the first and second subscriber groups 53, 63, and each of the first subscriber groups 53 is recorded. A first identification material of the first subscription member 531 and a second identification material of each second subscription member 631 of the second subscription group 63.

In addition, in the foregoing step, when the server end 21 receives a first join confirmation 510 message, the first subscription member count value is incremented by one, and each time a second join confirmation 610 message is received, The second subscription member count value is incremented by one to separately count the number of the first subscription member 531 and the second subscription member 631 in the first subscription group 53 and the second subscription group 63.

Then, as shown in step 406, the server application layer 22 triggers some broadcast services for the server terminal 21, and transmits a first demand condition for the first user group 5 and the second user group 6, respectively. In a second demand condition, as shown in step 407, the server end 21 transmits at least one first confirmation query 213 message and at least one second confirmation to the first subscription group 53 and the second subscription group 63, respectively. Ask 215 for a message and wait for a response.

It should be noted that, when step 406 is performed, when the server end 21 starts to perform the broadcast service, it is again received from a first user terminal 51 of the first user group 5. When the first join confirmation 510 message is transmitted, the first user 51 is rejected as the first subscription member 531, and when the second user 61 is received from the second user group 6. When the second join confirmation 610 message is transmitted, the second client 61 is refused to be marked as the second subscription member 631.

Then, as shown in step 408, when the server end 21 receives the at least one first confirmation response 511 message sent by the first subscription member 531 of the first subscription group 53, the first requirement is determined. Has the condition been met?

If not, the first confirmation response 511 message of the first subscription member 531 is accepted as shown in step 409, and is included in a first allowed group 54 to form a first allowed member 541, and waits for the first confirmation. Respond to the receipt of the 511 message.

If so, then as shown in step 410, the first allowed group 54 is allowed to enter the behavioral service 35.

Furthermore, as shown in step 411, when the server end 21 receives at least one of the second subscription members 631 issued by the second subscription group 63 2. When confirming the response to the 611 message, determine whether the second demand condition has been met.

If not, the second confirmation response 611 message of the second subscription member 631 is accepted as shown in step 412, and is included in a second permission group 64 to form a second permission member 641, and waits for the second confirmation. Respond to the receipt of the 611 message.

If so, the second allowed group 64 is allowed to enter the behavioral service 35 as shown in step 413.

In step 409 and step 412, each first subscription member 531 or second subscription member 631 is included in the first and second allowed groups 54, 64 to form the first and second allowed members 541, 641. The first identification data and the second identification data of each of the first allowable members 541 and the second allowable members 641 are also recorded in the first and second allowable groups 54, 64 simultaneously and separately.

In addition, in the second preferred embodiment, the foregoing behavioral service 35 may only be a function of enabling each of the first allowed members 541 in the first allowed group 54 to communicate with each other. The functions of the second permission members 641 in the second permission group 64 to communicate with each other, or the first permission members 541 in the first permission group 54 and the second permission group 64 Each of the second allows members 641 to communicate with each other.

In addition, the first and second requirement conditions mentioned in the foregoing steps 406, 408, and 411 may be different according to the following condition forms or one of the following: the first requirement condition may be an acceptance of the first The first confirmation response 511 of the subscription group 53 is valid for the time period of the message, or a pair of the first allowed member 541, and the server end 21 is one of the first allowed members using an initial value of zero. The synchronization of the count values is increased to count the number of first allowed members 541 of the first allowed group 54. The second requirement condition is a valid time period of accepting the second confirmation response 611 of the second subscription group 63, or a limit of the number of the second allowed members 641, and the server end 21 is The number of second allowed members 641 of the second allowed group 64 is counted using a synchronization increase of one of the initial values of one of the second allowed member count values.

Finally, as shown in step 414, when the server end 21 ends the behavior service 35, an end message is transmitted to the servo application layer 22, and the first allowed group 54 and the second allowed group are respectively respectively Each of the first allowable member 541 and the second allowable member 641 of 64 issues the close message.

In addition, similar to the foregoing first preferred embodiment, in the second preferred embodiment, for the server end 21: in the step 401, the server application layer 21 receives the servo application layer. Before the start message sent by 22, it is in the servo off state.

In the step 402, after the first invitation 212 message and the second invitation 214 message are sent, the server end 21 changes from the servo off state to a listening state, and in the step 406, After the server end 21 accepts the triggering of the broadcast services, the server terminal 21 changes from the listening state to some broadcast request states.

And in the step 410 and the step 413, the server terminal 21 changes from the broadcast request state to a behavior state when the behavior service 35 is permitted, and in the step 414, the server terminal 21 ends. When the behavior service 35, the behavior state is switched back to the servo off state.

However, for the first user terminal 51 and the second user terminals 61, in the step 403, the first client 51 and the second client terminal 61 are opposite to each other. Before inviting the 212 message and the second invitation 214 message, the user is in a user-off state; and after receiving the first invitation 212 message and the second invitation 214 message, the user is turned off from the user-off state. Inviting the status; and after issuing the first join confirmation 510 message and the second join confirmation 610 message to the server end 21, respectively, from the invited state to a participating state; in the step 405, when respectively When the first subscription group 53 and the second subscription group 63 are included, the status changes from the participation status to a subscription success status.

In the step 408 and the step 411, the first user end 51 of the first subscribing group 53 and the second user end 61 of the second subscribing group 63 respectively return their first confirmation response 511 message and the first After confirming the response 611 message to the server terminal 21, the subscription success state is changed to an allowable wait state, and when the behavior service 35 is performed, the permission waiting state is changed to an action state.

In this step 414, after the first user end 51 that becomes the first permitted member 541 and the second user end 61 that becomes the second permitted member 641 respectively receive the close message of the server end 21, Then the state of the action is switched back to the user closed state.

Here again, the application layer interactive broadcast service agreement method provided by the second preferred embodiment described above is applied to related applications of the following examples for further practical explanation: we take a medical service system as an example, when a certain When a sensor in a hospital ward detects an abnormality in the body signal of a patient, or a video device detects a dangerous situation in the patient, the related detection device uses the present invention. The application layer interacts with the broadcast service agreement method, and searches for related groups in multiple groups (ie, the first user group 5, the second user group 6, and other groups) that have been built in advance and are classified according to personnel's expertise or management. Personnel assistance to form a temporary emergency care team, for example, this group requires 1 physician (ie first client 51), 2 nurses (ie second client 61) and 2 security personnel (other users) A total of 5 people in the 3 groups of the user in the group participate in the rescue. It can be seen that the application layer interactive broadcast service agreement method provided by the second preferred embodiment of the present invention can be simply and quickly Reaching personnel Screening purposes.

Finally, it should be added that, in the preferred embodiment, although the example is only for the first group of users 5 and the second group of users 6 and the like, in practical applications, The architecture and related mechanisms of the present invention can be extended to more than two groups, as shown in FIG. 5, the first user group 5 to the nth user group 7, since the n groups The individual communication interactions with the server terminal 21 are similar to the preferred embodiment, and therefore will not be further described herein.

In summary, the application layer interactive broadcast service agreement method of the present invention has the following advantages: (1) unicast: When using the application layer to interact with the broadcast service agreement method, the two parties communicating need not know each other's IP address. It only needs to communicate through the webpage such as Web 2.0.

(2) Broadcasting: With the broadcast service agreement method provided by the present invention, the required members can be selected to transmit related invitation messages, and the transmission amount of the packets is obviously reduced.

(3) Group broadcast: Through this application layer, the interactive broadcast service agreement method can not only send messages according to specific members in the group, but also select some members of each group to send messages. In addition, according to the demand conditions Filter the members of different groups and further reconstruct another new group that has been screened.

(4) Companion: Using the broadcasting service agreement methods provided by the present invention to find a team composed of a group of the fastest and most appropriate related service members, only the network with lower judgment hops than the prior art Conditions are more effective and more responsive to the relevant conditions.

Therefore, it is apparent from the four main advantages summarized above that the object of the present invention can be achieved.

However, the above is only the preferred embodiment of the present invention, and the scope of the present invention is not limited thereto, that is, the simple equivalent changes and modifications made in accordance with the scope of the present invention and the description of the invention. All remain within the scope of the invention patent.

10~19. . . step

twenty one. . . Server side

210. . . invite

211. . . Confirmation inquiry

212. . . First invitation

213. . . First confirmation inquiry

214. . . Second invitation

215. . . Second confirmation inquiry

twenty two. . . Servo application layer

31. . . user terminal

310. . . Join confirmation

311. . . Confirm response

32. . . User application layer

33. . . Subscription group

331. . . Subscribe to members

34. . . Allow group

341. . . Allow members

35. . . Behavioral service

401~414. . . step

5. . . First user group

51. . . First client

510. . . First join confirmation

511. . . First confirmation response

52. . . First user application layer

53. . . First subscription group

531. . . First subscriber member

54. . . First allowed group

541. . . First allowed member

6. . . Second user group

61. . . Second client

610. . . Second addition confirmation

611. . . Second confirmation response

62. . . Second user application layer

63. . . Second subscription group

631. . . Second subscription member

64. . . Second allowed group

641. . . Second allowed member

7. . . Nth user group

1 is a flow chart illustrating the steps associated with the first preferred embodiment of the application layer interactive broadcast service agreement method of the present invention;

Figure 2 is a schematic view showing the operation of the system corresponding to the first preferred embodiment;

3A and 3B are flowcharts showing the steps involved in the second preferred embodiment of the application layer interactive broadcast service agreement method of the present invention;

Figure 4 is a schematic view showing the operation of the system corresponding to the second preferred embodiment; and

Figure 5 is a schematic diagram showing the operation of expanding the system of the second preferred embodiment to a plurality of groups.

10~19. . . step

Claims (24)

An application layer interaction broadcast service agreement method includes the following steps: (a) a server receives a start message sent by a servo application layer; (b) the server sends a plurality of invitation messages to the plurality of users; (c) the client receives the invitation message, and each client forwards the invitation message it receives to a user application layer, and waits to receive a response to the confirmation message, when the confirmation message is received. And transmitting to the server end; (d) each time the server receives a join confirmation message, the user is included in a subscription group to form a subscription member; (e) when the server application layer is paired When the server triggers some broadcast service and transmits a demand condition, the server transmits at least one confirmation inquiry message to the subscription group and waits for a response; and (f) when the server receives the subscription When at least one confirmation response message is sent by the subscribing member of the group, it is judged whether the requirement condition has been met, and if not, the confirmation response message of the subscribing member is accepted, and is included in an allowed group. Allow members, and wait for a time to acknowledge receipt of the response message, and if so, allowing the group to enter a permit acts of service. According to the application layer interactive broadcast service agreement method of claim 1, wherein in the step (d), an identification data of each subscription member in the subscription group is recorded, and in the (f) In the step, each will be The identification data of the member is recorded in the allowed group. According to the application layer interactive broadcast service agreement method of claim 1, wherein in the (e) step, when the server end starts to perform the broadcast service, it is received from the users again. When one of the end sends a confirmation message, the user is refused to be marked as the subscriber. The application layer interaction broadcast service agreement method according to claim 1, wherein in the (e) step, the requirement condition is a valid time period of accepting the confirmation response message of the subscription group. The application layer interaction broadcast service agreement method according to claim 1, wherein in the (e) step, the requirement condition is a limit on the number of the allowed members, and the server end utilizes a One of the initial values of zero allows the synchronization of the member count values to be counted to count the number of allowed members of the allowed group. The application layer interactive broadcast service agreement method according to any one of claims 1 to 5, further comprising a step (g) after the step (f), when the server ends the behavior At the time of service, an end message is transmitted to the servo application layer, and a close message is sent to each of the allowed members in the allowed group. According to the application layer interactive broadcast service agreement method of claim 6, wherein in the step (b), the server end sets a subscription member count value to zero, and in the step (d) Each time the server receives a join confirmation message, the subscriber member count value is incremented by one to count the number of subscription members in the subscription group. According to the application layer interactive broadcast service agreement method of claim 7, wherein in the step (a), the server end is in a state before receiving the start message sent by the servo application layer. In the servo off state, in the step (b), after the server sends the invitation message, the server is switched from the servo off state to a listening state, and in the step (e), the server end accepts After the triggering of the broadcast service, the listening state is changed to some broadcast request state, and in the step (f), the server end allows the permission group to enter the behavior service, from the broadcast request The state is changed to a behavior state, and in the step (g), the server end returns to the servo off state from the behavior state when the behavior service is ended. According to the application layer interactive broadcast service agreement method of claim 8, wherein in the step (c), the users are in a user-off state before receiving the invitation message, and After receiving the invitation message, the user is turned off from the closed state to an invited state, and after the confirmation message is sent to the server, the invited state is changed to a participating state, in the (d) In the step, the status of each user included in the subscription group is changed from the participation status to a subscription success status. In the step (f), the user in the subscription group returns the confirmation response message. After the server end, the subscription success state is changed to an allowable waiting state, and when the behavior service is performed, the permission waiting state is changed to an action state, and in the (g) step, each becomes After the user of the member is allowed to receive the close message of the server, the user is switched back from the action state to the user closed state. The application layer interactive broadcast service agreement method according to claim 9, wherein in the step (f), the behavior service is a function of enabling each of the allowed members in the allowed group to communicate with each other. . An application layer interaction broadcast service agreement method includes the following steps: (a) a server end receives a start message sent by a servo application layer; (b) the server end has a plurality of first user terminals The first user group and the second user group having the plurality of second users respectively send a plurality of first invitation messages and a plurality of second invitation messages; (c) the first user group and the second user group receive the Waiting for the first invitation message and the second invitation message, and each first user terminal and each second user terminal respectively forward the first invitation message and the second invitation message received by the first user terminal and the second user message to a first user application layer and a second user application layer, and waiting to receive whether there is a corresponding one of the first join confirmation message and a second join confirmation message, and then transmitted to the server; (d) when the server receives each After the first join confirmation message is received, the first user end is included in a first subscription group to form a first subscription member, and each time the server receives the second join confirmation message, Will use the second one in it The terminal is included in a second subscription group to form a second subscription member; (e) when the server application layer triggers some broadcast services to the server end, and respectively for the first user group and the second user group When the group transmits a first requirement condition and a second requirement condition, the server end transmits at least one first confirmation inquiry message and at least one second confirmation inquiry message to the first subscription group and the second subscription group respectively. And waiting for a response; and (f) when the server receives at least one first confirmation response message sent by the first subscription member of the first subscription group, and then determines whether the first requirement condition has been met. If not, accepting the first confirmation response message of the first subscription member, and incorporating the first allowed group into a first allowed member, and waiting for the receipt of the first first confirmation response message, and if so, allowing The first allowed group enters a behavior service, and when the server receives at least one second confirmation response message sent by the second subscription member of the second subscription group, the second requirement condition is determined. Yes If yes, accept the second confirmation response message of the second subscription member, and include the second permission group as a second permitted member, and wait for the second confirmation response message to be received, and if so, The second allowed group is allowed to enter the behavioral service. According to the application layer interactive broadcast service agreement method of claim 11, wherein in the step (d), a first identification data of each first subscription member in the first subscription group is separately recorded. And a second identification material of each second subscription member in the second subscription group, and in the step (f), respectively, the first identification data of each of the first allowed member and the second allowed member respectively The second identification data is recorded in the first and second allowed groups. According to the application layer interactive broadcast service agreement method of claim 11, wherein in the (e) step, when the server end starts to perform the broadcast service, it is received from the first One of the user groups When the first join confirmation message transmitted by the user end, the first user end is marked as the first subscription member, and when received from a second user end of the second user group When the second join confirmation message, the second client is refused to be marked as the second subscription member. According to the application layer interactive broadcast service agreement method of claim 11, wherein in the (e) step, the first requirement condition is that the first confirmation response message of the first subscription group is accepted. Valid time zone. According to the application layer interactive broadcast service agreement method of claim 11, wherein in the (e) step, the second requirement condition is a second confirmation response message accepting the second subscription group. Valid time zone. According to the application layer interactive broadcast service agreement method of claim 11, wherein in the (e) step, the first requirement condition is a limit on the number of the first allowed members, and the server The end uses the synchronization increase of the first allowed member count value, which is one of the initial values of zero, to count the number of the first allowed members of the first allowed group. According to the application layer interaction broadcast service agreement method of claim 11, wherein in the (e) step, the second requirement condition is a limit on the number of the second allowed members, and the server The terminal counts the number of second allowed members of the second allowed group by using a synchronization increase of one of the initial values of one of the second allowed member count values. The application layer interactive broadcast service agreement method according to any one of claims 11 to 17, further comprising a step (g) after the step (f), when the server ends the behavior At the time of service, an end message is transmitted to the servo application layer, and a close message is sent to each of the first allowed group and the second allowed member of the second allowed group. The application layer interaction broadcast service agreement method according to claim 18, wherein in the step (b), the server end respectively sets a first subscription member count value and a second subscription member count value Set to zero, and in the step (d), the server end increments the first subscription member count value every time a first join confirmation message is received, and each time a second join confirmation message is received, The second subscription member count value is incremented by one to separately count the number of the first subscription member and the second subscription member in the first subscription group and the second subscription group. The application layer interaction broadcast service agreement method according to claim 19, wherein in the step (a), the server end is in a state before receiving the startup message sent by the servo application layer. The servo off state, in the step (b), after the server sends the first invitation message and the second invitation message, the server is switched from the servo off state to a listening state, and in the (e) In the step, after the server end accepts the triggering of the broadcast services, the server changes from the listening state to some broadcast request state, and in the step (f), the server end allows the behavior service, The broadcast request state is changed to a behavior state, and in the (g) step, the server end returns to the servo off state from the behavior state when the behavior service is ended. The application layer interactive broadcast service agreement method according to claim 20, wherein in the step (c), the first client and the second client receive the same Before the invitation message and the second invitation message, respectively, the user is in a closed state, and after receiving the first invitation message and the second invitation message, the user is turned off from the user to the invited state, and After the first joining confirmation message and the second joining confirmation message are respectively sent to the server end, the invited state is changed to a participating state, and in the step (d), when being included in the first subscription respectively The group and the second subscription group change their status from the participation status to a subscription success status. In the (f) step, the first user group and the second subscription group in the first subscription group After the second user end returns the first confirmation response message and the second confirmation response message to the server end, respectively, the subscription success status is changed to an allowable waiting state, and when the behavior service is performed, The allowable wait state is turned into an action In the step (g), after the first user that becomes the first allowed member and the second user that becomes the second allowed member respectively receive the closing message of the server, The action state is switched back to the user closed state. The application layer interactive broadcast service agreement method according to claim 21, wherein, in the step (f), the behavior service is to make each of the first allowed members in the first allowed group mutually The function of communication. The application layer interactive broadcast service agreement method according to claim 21, wherein in the step (f), the behavior service is to make each second allowed member in the second allowed group mutually The function of communication. The application layer interaction broadcast service agreement method according to claim 21, wherein in the step (f), the behavior service is a first allowed member in the first allowed group and the The second permission function of each of the second allowed members in the group to communicate with each other.